全光照 meaning in Chinese
full exposure
Examples
- For the factor of light intensity , three light intensities were applied : full irradiance ( 100 % ) , intermediate irradiance ( 43 . 5 % ) and low irradiance ( 6 . 74 % ) ; for the factor of leaf loss , plants were given defoliation ( 70 % of total leaves removed ) and non - defoliation treatment
光照强度设置了3个光照水平：全光照( 100 ) 、中度光照( 43 . 5 )和低光照( 6 . 74 ) ；叶损失处理设置了70去叶处理和未去叶处理两个水平。 - With the increasing light adaptive time , the length of rhabdom trended to be longer and proximal pigment trended to spread more widely , but the variation was smaller in full bright light and short wave ( blue ) light conditions than that in long wave ( red ) light condition
蓝光照条件下感杆束直径和长度变化与全光照相似，但近端色素的伸展幅度以蓝光下条件最大，红光次之，均大于全（色）光照条件。复眼结构对短波光（蓝光）的敏感性高于长波光（红光） 。 - In this paper , the ultrastructures of compound eyes in blue and red light conditions were firstly studied with the transmission electron microscope in macrobrachium nipponense . the changes of ultrastructural features of rhabdom and cells around were well observed , and were compared thoroughly with the features in full bright light and dark conditions . the functions and significances of related cells structures were discussed during the breakdown and rebuilding of the photoreceptor membrane
本文利用透射电镜技术，首次对红、蓝光照条件下日本沼虾复眼结构，重点是小眼感杆束及其周围细胞超微结构变化作了详尽的观察和研究，并与全光照和全暗条件下的结构特征进行全面比较，探讨相关细胞结构在光感受膜的降解和重新合成过程中的作用和意义。 - But michelia foveolta had obvious growth dominance under one layer shading , the increasing of plant height is relatively high , there were no significant difference in increased perimeter , branches and leaves dry weight , roots dry weights , the whole dry weights of plant in michelia foveolta between full light and shading treatments
而金叶含笑在一层遮荫处理下表现明多脉青冈和金叶含笑幼苗的光合生理特性研究显的生长优势，其株高增量较多，径粗增量和枝叶干重、根干重、整株干重虽然略低于全光照下，但二者并无显著差异 - Comparing with full light treatment ( control ) , tr , gs , wue and light saturation point were significantly decreased , ci was increased by shading . so far as curve of light response , seedlings of 2 tree species represented higher photosynthetic capability under shading treatments in the ranges of low light
和对照的全光照处理相比，遮荫处理显著地降低了多脉青冈和金叶含笑的蒸腾速率、气孔导度、水分利用率和光饱和点，细胞间隙co _ 2浓度在遮荫条件下显著上升。